MSS Ch 9: Renal/GU Disorders Practice Questions Flashcards
The nurse is admitting a client diagnosed with acute renal failure (ARF). Which question is most important for the nurse to ask during the admission interview?
- “Have you recently traveled outside the United States?”
- “Did you recently begin a vigorous exercise program?”
- “Is there a chance you have been exposed to a virus?”
- “What over-the-counter medications do you take regularly?”
- Usually there are no diseases or conditions warranting this question when discussing ARF.
- Vigorous exercise will not impede blood flow to the kidneys, leading to ARF.
- Usually viruses do not cause ARF.
- Medications such as nonsteroidal anti-inflammatory drugs (NSAIDs) and some herbal remedies are nephrotoxic; therefore, asking about medications is appropriate.
The nurse is caring for a client diagnosed with ARF. Which laboratory values are most significant for diagnosing ARF?
- BUN and creatinine.
- WBC and hemoglobin.
- Potassium and sodium.
- Bilirubin and ammonia level.
- Blood urea nitrogen (BUN) levels reflect the balance between the production and excretion of urea from the kidneys. Creatinine is a by-product of the metabolism of the muscles and is excreted by the kidneys. Creatinine is the ideal sub- stance for determining renal clearance because it is relatively constant in the body and is the laboratory value most significant in diagnosing renal failure.
- WBCs (white blood cells) are monitored for infection, and hemoglobin is monitored for blood loss.
- Potassium (intracellular) and sodium (interstitial) are electrolytes and are monitored for a variety of diseases or conditions not specific to renal function. Potassium levels will increase with renal failure, but the level is not a diagnostic indicator for renal failure.
- Bilirubin and ammonia levels are laboratory values determining the function of the liver, not the kidneys.
The nurse is caring for a client diagnosed with rule-out ARF. Which condition predisposes the client to developing prerenal failure?
- Diabetes mellitus.
- Hypotension.
- Aminoglycosides.
- Benign prostatic hypertrophy.
- Diabetes mellitus is a disease which may lead to chronic renal failure.
- Hypotension, which causes a decreased blood supply to the kidney, is one of the most common causes of prerenal failure (before the kidney).
- Nephrotoxic medications are a cause of intrarenal failure (directly to kidney).
- Benign prostatic hypertrophy (BPH) is a cause of postrenal failure (after the kidney).
The client is diagnosed with ARF. Which signs/symptoms indicate to the nurse the client is in the recovery period? Select all that apply.
- Increased alertness and no seizure activity.
- Increase in hemoglobin and hematocrit.
- Denial of nausea and vomiting.
- Decreased urine-specific gravity.
- Increased serum creatinine level.
- Renal failure affects almost every system in the body. Neurologically, the client may have drowsiness, headache, muscle twitching, and seizures. In the recovery period, the client is alert and has no seizure activity.
- In renal failure, levels of erythropoietin are decreased, leading to anemia. An increase in hemoglobin and hematocrit in- dicates the client is in the recovery period.
- Nausea, vomiting, and diarrhea are common in the client with ARF; there- fore, an absence of these indicates the client is in the recovery period.
- The client in the recovery period has an increased urine-specific gravity.
- The client in the recovery period has a decreased serum creatinine level.
The client diagnosed with ARF has a serum potassium level of 6.8 mEq/L. Which collaborative treatment should the nurse anticipate for the client?
- Administer a phosphate binder.
- Type and crossmatch for whole blood.
- Assess the client for leg cramps.
- Prepare the client for dialysis.
- Phosphate binders are used to treat elevated phosphorus levels, not elevated potassium levels.
- Anemia is not the result of an elevated potassium level.
- Assessment is an independent nursing action, which is appropriate for the elevated potassium level, but the question asks for a collaborative treatment.
- Normal potassium level is 3.5 to 5.5 mEq/L. A level of 6.8 mEq/L is life threatening and could lead to cardiac dysrhythmias. Therefore, the client may be dialyzed to decrease the potassium level quickly. This requires a health-care provider order, so it is a collaborative intervention.
The nurse is developing a plan of care for a client diagnosed with ARF. Which statement is an appropriate outcome for the client?
- Monitor intake and output every shift.
- Decrease of pain by 3 levels on a 1–10 scale.
- Electrolytes are within normal limits.
- Administer enemas to decrease hyperkalemia.
- This is a nursing intervention, not a client outcome.
- This is a measurable client outcome, but acute renal failure does not cause pain.
- Renal failure causes an imbalance of electrolytes (potassium, sodium, calcium, phosphorus). Therefore, the desired client outcome is electrolytes within normal limits.
- A Kayexalate resin enema may be adminis- tered to help decrease the potassium level, but this is an intervention, not a client outcome.
The client diagnosed with ARF is admitted to the intensive care unit and placed on a therapeutic diet. Which diet is most appropriate for the client?
- A high-potassium and low-calcium diet.
- A low-fat and low-cholesterol diet.
- A high-carbohydrate and restricted-protein diet.
- A regular diet with six (6) small feedings a day.
- The diet is low potassium, and calcium is not restricted in ARF.
- This is a diet recommended for clients with cardiac disease and atherosclerosis.
- Carbohydrates are increased to provide for the client’s caloric intake and protein is restricted to minimize protein breakdown and to prevent accumulation of toxic waste products.
- The client must be on a therapeutic diet, and small feedings are not required.
The client diagnosed with ARF is placed on bedrest. The client asks the nurse, “Why do I have to stay in bed? I don’t feel bad.” Which scientific rationale supports the nurse’s response?
- Bedrest helps increase the blood return to the renal circulation.
- Bedrest reduces the metabolic rate during the acute stage.
- Bedrest decreases the workload of the left side of the heart.
- Bedrest aids in reduction of peripheral and sacral edema.
- Kidney function is improved about 40% when recumbent, but this is not the scientific rationale for bedrest in ARF.
- Bedrest reduces exertion and the metabolic rate, thereby reducing catabolism and subsequent release of potassium and accumulation of endogenous waste products (urea and creatinine).
- This is a scientific rationale for prescribing bedrest in clients with heart failure.
- This is not the scientific rationale for prescribing bedrest. The foot of the bed may be elevated to help decrease peripheral edema, and bedrest causes an increase in sacral edema.
The nurse and an unlicensed assistive personnel (UAP) are caring for clients on a medical floor. Which nursing task is most appropriate for the nurse to delegate?
- Collect a clean voided midstream urine specimen.
- Evaluate the client’s 8-hour intake and output.
- Assist in checking a unit of blood prior to hanging.
- Administer a cation-exchange resin enema.
- The UAP can collect specimens. Collecting a midstream urine specimen requires the client to clean the perineal area, to urinate a little, and then collect the rest of the urine output in a sterile container.
- The UAP can obtain the client’s intake and output, but the nurse must evaluate the data to determine if interventions are needed or if interventions are effective.
- Two registered nurses must check the unit of blood at the bedside prior to administering it.
- This is a medication enema and UAPs cannot administer medications. Also, for this to be ordered, the client must be unstable with an excessively high serum potassium level.
The client is admitted to the emergency department after a gunshot wound to the abdomen. Which nursing intervention should the nurse implement first to prevent ARF?
- Administer normal saline IV.
- Take vital signs.
- Place client on telemetry.
- Assess abdominal dressing.
- Preventing and treating shock with blood and fluid replacement will prevent acute renal failure from hypoperfusion of the kidneys. Significant blood loss is expected in the client with a gunshot wound.
- Taking and evaluating the client’s vital signs is an appropriate action, but regardless of the results, this will not prevent ARF.
- Placing the client on telemetry is an appropriate action, but telemetry is an assessment tool for the nurse and will not prevent ARF.
- Assessment is often the first action, but assessing the abdominal dressing will not help prevent ARF.
The UAP tells the nurse the client with ARF has a white crystal-like layer on top of the skin. Which intervention should the nurse implement?
- Have the assistant apply a moisture barrier cream to the skin.
- Instruct the UAP to bathe the client in cool water.
- Tell the UAP not to turn the client in this condition.
- Explain this is normal and do not do anything for the client.
- Moisture barrier cream will keep the crystals on the skin.
- These crystals are uremic frost resulting from irritating toxins deposited in the client’s tissues. Bathing in cool water will remove the crystals, promote client comfort, and decrease the itching resulting from uremic frost.
- The client should be turned every two (2) hours or more frequently to prevent skin breakdown.
- This may occur with ARF, and it does require a nursing intervention.
The client diagnosed with ARF is experiencing hyperkalemia. Which medication should the nurse prepare to administer to help decrease the potassium level?
- Erythropoietin.
- Calcium gluconate.
- Regular insulin.
- Osmotic diuretic.
- Erythropoietin is a chemical catalyst produced by the kidneys to stimulate red blood cell production; it does not affect potassium level.
- Calcium gluconate helps protect the heart from the effects of high potassium levels.
- Regular insulin, along with glucose, will drive potassium into the cells, thereby lowering serum potassium levels temporarily.
- A loop diuretic, not an osmotic diuretic, may be ordered to help decrease the potassium level.
The nurse is caring for the client diagnosed with chronic kidney disease (CKD) who is experiencing metabolic acidosis. Which statement best describes the scientific rationale for metabolic acidosis in this client?
1. There is an increased excretion of phosphates and organic acids, which leads to an
increase in arterial blood pH.
2. A shortened life span of red blood cells because of damage secondary to dialysis
treatments in turn leads to metabolic acidosis.
3. The kidney cannot excrete increased levels of acid because they cannot excrete
ammonia or cannot reabsorb sodium bicarbonate.
4. An increase in nausea and vomiting causes a loss of hydrochloric acid and the
respiratory system cannot compensate adequately.
- There is a decrease in the excretion of phosphates and organic acids, not an increase.
- The red blood cell destruction does not affect the arterial blood pH.
- This is the correct scientific rationale for metabolic acidosis occurring in the client with CKD.
- This compensatory mechanism occurs to maintain an arterial blood pH between 7.35 and 7.45, but it does not occur as a result of CKD.
The nurse in the dialysis center is initiating the morning dialysis run. Which client should the nurse assess first?
- The client who has hemoglobin of 9.8 g/dL and hematocrit of 30%.
- The client who does not have a palpable thrill or auscultated bruit.
- The client who is complaining of being exhausted and is sleeping.
- The client who did not take antihypertensive medication this morning.
- These laboratory findings are low but do not require a blood transfusion and often are expected in a client who is anemic secondary to ESRD.
- This client’s dialysis access is compromised and he or she should be assessed first.
- It is not uncommon for a client undergoing dialysis to be exhausted and sleep through the treatment.
- Clients are instructed not to take their antihypertensive medications before dialysis to help prevent episodes of hypotension.
The male client diagnosed with CKD has received the initial dose of erythropoietin, a biologic response modifier, 1 week ago. Which complaint by the client indicates the need to notify the health-care provider?
- The client complains of flu-like symptoms.
- The client complains of being tired all the time.
- The client reports an elevation in his blood pressure.
- The client reports discomfort in his legs and back.
- Flu-like symptoms are expected and tend to subside with repeated doses; the nurse should suggest Tylenol prior to the injections.
- This medication takes up to two (2) to six (6) weeks to become effective in improving anemia and thereby reducing fatigue.
- After the initial administration of erythropoietin, a client’s antihyperten- sive medications may need to be adjusted. Therefore, this complaint requires notification of the HCP. Erythropoietin therapy is contraindi- cated in clients with uncontrolled hypertension.
- Long bone and vertebral pain is an expected occurrence because the bone marrow is being stimulated to increase production of red blood cells.
The nurse is developing a nursing care plan for the client diagnosed with CKD. Which nursing problem is priority for the client?
- Low self-esteem.
- Knowledge deficit.
- Activity intolerance.
- Excess fluid volume.
- Low self-esteem, related to dependency, role changes, and changes in body image, is a pertinent client problem, but psychosocial problems are not priority over physiological problems.
- Teaching is always an important part of the care plan, but it is not priority over a physiological problem.
- Activity intolerance related to fatigue, anemia, and retention of waste products is a physiological problem, but it is not a life-threatening problem.
- Excess fluid volume is priority because of the stress placed on the heart and vessels, which could lead to heart failure, pulmonary edema, and death.
The client with CKD is placed on a fluid restriction of 1,500 mL/day. On the 7 a.m. to 7 p.m. shift the client drank an eight (8)-ounce cup of coffee, 4 ounces of juice, 12 ounces of tea, and 2 ounces of water with medications. What amount of fluid
can the 7 p.m. to 7 a.m. nurse give to the client? _____________
Answer: 720 mL.
The nurse must add up how many milliliters of fluid the client drank on the 7 a.m. to 7 p.m. shift and then subtract that number from 1,500 mL to determine how much fluid the client can receive on the 7 p.m. to 7 a.m. shift. One (1) ounce is equal to 30 mL. The client drank 26 ounces (8 + 4 + 12 + 2) of fluid, or 780 mL (26 × 30) of fluid. Therefore, the client can have 720 mL (1,500 − 780) of fluid on the 7 p.m. to 7 a.m. shift.
The client diagnosed with CKD has a new arteriovenous fistula in the left forearm. Which intervention should the nurse implement?
- Teach the client to carry heavy objects with the right arm.
- Perform all laboratory blood tests on the left arm.
- Instruct the client to lie on the left arm during the night.
- Discuss the importance of not performing any hand exercises.
- Carrying heavy objects in the left arm could cause the fistula to clot by putting undue stress on the site, so the client should carry objects with the right arm.
- The fistula should only be used for dialysis access, not for routine blood draws.
- The client should not lie on the left arm because this may cause clotting by putting pressure on the site.
- Hand exercises are recommended for new fistulas to help mature the fistula.
The male client diagnosed with CKD secondary to diabetes has been receiving dialysis for 12 years. The client is notified he will not be placed on the kidney transplant list. The client tells the nurse he will not be back for any more dialysis treatments. Which response by the nurse is most therapeutic?
- “You cannot just quit your dialysis. This is not an option.”
- “Your angry at not being on the list, and you want to quit dialysis?”
- “I will call your nephrologist right now so you can talk to the HCP.”
- “Make your funeral arrangements because you are going to die.”
- The client does have the right to quit dialysis if he or she wants to.
- Reflecting the client’s feelings and re- stating them are therapeutic responses the nurse should use when addressing the client’s issues.
- This is passing the buck; the nurse should address the client’s issues.
- This may be true, but it is not therapeutic in attempting to get the client to verbalize feelings.
The nurse is discussing kidney transplants with clients at a dialysis center. Which population is less likely to participate in organ donation?
- Caucasian.
- African American.
- Asian.
- Hispanic.
- Caucasians are composed of a multitude of cultures but for the most part organ donation is very likely, although individual preferences vary.
- Many in the African American culture believe the body must be kept intact after death, and organ donation is rare among African Americans. This is also why a client of African American descent will be on a transplant waiting list longer than people of other races. This is because of tissue-typing compatibility. Remember, this does not apply to all African-Americans; every client is an individual.
- Asians as a culture participate in organ donation.
- Hispanics as a culture participate in organ donation
The client receiving dialysis is complaining of being dizzy and light-headed. Which action should the nurse implement first?
- Place the client in the Trendelenburg position.
- Turn off the dialysis machine immediately.
- Bolus the client with 500 mL of normal saline.
- Notify the health-care provider as soon as possible.
- The nurse should place the client’s chair with the head lower than the body, which will shunt blood to the brain; this is the Trendelenburg position.
- The blood in the dialysis machine must be infused back into the client before the machine is turned off.
- Normal saline infusion is a last resort because one of the purposes of dialysis is to remove excess fluid from the body.
- Hypotension is an expected occurrence in clients receiving dialysis; therefore, the HCP does not need to be notified.
The nurse caring for a client diagnosed with CKD writes a client problem of “noncompliance with dietary restrictions.” Which intervention should be included in the plan of care?
- Teach the client the proper diet to eat while undergoing dialysis.
- Refer the client and significant other to the dietitian.
- Explain the importance of eating the proper foods.
- Determine the reason for the client not adhering to the diet.
- Teaching is an intervention for knowledge deficit, not noncompliance.
- Referring the client does not address the issue of noncompliance.
- Noncompliance is a client’s choice, and explaining interventions will not necessarily make the client choose differently.
- Noncompliance is a choice the client has a right to make, but the nurse should determine the reason for the noncompliance and then take appropriate actions based on the client’s rationale. For example, if the client has financial difficulties, the nurse may suggest how the client can afford the proper foods along with medications, or the nurse may be able to refer the client to a social worker.
The client diagnosed with CKD is receiving peritoneal dialysis. Which assessment data warrant immediate intervention by the nurse?
- Inability to auscultate a bruit over the fistula.
- The client’s abdomen is soft, is nontender, and has bowel sounds.
- The dialysate being removed from the client’s abdomen is clear.
- The dialysate instilled was 1,500 mL and removed was 1,500 mL.
- Peritoneal dialysis is administered through a catheter inserted into the peritoneal cavity; a fistula is used for hemodialysis.
- Peritonitis, inflammation of the peritoneum, is a serious complication resulting in a hard, rigid abdomen. Therefore, a soft abdomen does not warrant immediate intervention.
- The dialysate return is normally colorless or straw-colored, but it should never be cloudy, which indicates an infection.
- Because the client is in ESRD, fluid must be removed from the body, so the output should be more than the amount instilled. These assessment data require intervention by the nurse.
The client receiving hemodialysis is being discharged home from the dialysis center. Which instruction should the nurse teach the client?
- Notify the HCP if oral temperature is 102 ̊F or greater.
- Apply ice to the access site if it starts bleeding at home.
- Keep fingernails short and try not to scratch the skin.
- Encourage significant other to make decisions for the client.
- The client should not wait until the temperature is 102 ̊F to call the HCP; the client should call when the temperature is 100 ̊F or greater.
- The client should apply direct pressure and notify the HCP if the access site starts to bleed, not apply ice to the site.
- Uremic frost, which results when the skin attempts to take over the function of the kidneys, causes itching, which can lead to scratching possibly resulting in a break in the skin.
- The nurse should encourage the client’s independence, not foster dependence by encouraging the significant other to make the client’s decision.
The client is admitted to a nursing unit from a long-term care facility with a hematocrit of 56% and a serum sodium level of 152 mEq/L. Which condition is a cause for these findings?
- Overhydration.
- Anemia.
- Dehydration.
- Renal failure.
- Clients who are overhydrated or have fluid volume excess experience dilutional values of sodium (135 to 145 mEq/L) and red blood cells (44% to 52%). The levels are lower than normal, not higher.
- Anemia is a low red blood cell count for a variety of reasons.
- Dehydration results in concentrated serum, causing laboratory values to increase because the blood has normal constituents but not enough volume to dilute the values to within normal range or possibly lower.
- In renal failure, the kidneys cannot excrete urine, and this results in too much fluid in the body.
The client who has undergone an exploratory laparotomy and subsequent removal of a large intestinal tumor has a nasogastric tube (NGT) in place and an IV running at 150 mL/hr via an IV pump. Which data should be reported to the HCP?
1. The pump keeps sounding an alarm indicating the high pressure has been
reached.
2. Intake is 1,800 mL, NGT output is 550 mL, and Foley output is 950 mL.
3. On auscultation, crackles and rhonchi in all lung fields are noted.
4. Client has negative pedal edema and an increasing level of consciousness.
- The pump is alerting the nurse there is resistance distal to the pump; this does not requiring notifying the HCP.
- The client has an 1,800-mL intake and total output of 1,500 mL. The body has an insensible loss of approximately 400 mL/day through the skin, respirations, and other body functions. This does not warrant notifying the HCP.
- Crackles and rhonchi in all lung fields indicate the body is not able to process the amount of fluid being infused. This should be brought to the HCP’s attention.
- Negative pedal edema and an increasing level of consciousness indicate the client is not experiencing a problem.
The client diagnosed with diabetes insipidus weighed 180 pounds when the daily weight was taken yesterday. This morning’s weight is 175.6 pounds. One liter of fluid weighs approximately 2.2 pounds. How much fluid has the client lost? _______
2,000 mL has been lost.
First, determine how many pounds the client has lost:
180 − 175.6 = 4.4 pounds lost
Then, based on the fact that 1 liter of fluid weighs 2.2 pounds, determine how many liters of fluid have been lost:
4.4 ÷ 2.2 = 2 liters lost
Then, because the question asks for the answer in milliliters, convert 2 liters into milliliters:
2 × 1,000 = 2,000 mL
The nurse writes the client problem of “fluid volume excess” (FVE). Which intervention should be included in the plan of care?
- Change the IV fluid from 0.9% NS to D5W.
- Restrict the sodium in the client’s diet.
- Monitor blood glucose levels.
- Prepare the client for hemodialysis.
- The nursing plan of care does not include changing the HCP’s orders.
- Fluid volume excess refers to an isotonic expansion of the extracellular fluid by an abnormal expansion of water and sodium. Therefore, sodium is restricted to allow the body to excrete the extra volume.
- High blood glucose levels result in viscous blood and cause the kidneys to try to fix the problem by excreting the glucose through increasing the urine output, which results in fluid volume deficits.
- If the FVE is the result of renal failure, then hemodialysis may be ordered, but this information was not provided in the stem of the question.
The client is admitted with a serum sodium level of 110 mEq/L. Which nursing intervention should be implemented?
- Encourage fluids orally.
- Administer 10% saline solution IVPB.
- Administer antidiuretic hormone intranasally.
- Place on seizure precautions.
- The client probably will be placed on fluid restriction. Fluids should not be encouraged for a client with a low sodium level (normal: 135 to 145 mEq/L). Hypertonic solutions of saline are 3% to 5%, not 10%, because of the extreme nature of hypertonic solutions.
- Hypertonic solutions of saline may be used but very cautiously because, if the sodium levels are increased too rapidly, a massive fluid shift can occur in the body, resulting in neurological damage and heart failure.
- The antidiuretic hormone (vasopressin) causes water retention in the body and increases the problem.
- Clients with sodium levels less than 120 mEq/L are at risk for seizures as a complication. The lower the sodium level, the greater the risk of a seizure.
The telemetry monitor technician notifies the nurse of the morning telemetry readings. Which client should the nurse assess first?
- The client in normal sinus rhythm with a peaked T wave.
- The client diagnosed with atrial fibrillation with a rate of 100.
- The client diagnosed with a myocardial infarction who has occasional PVCs.
- The client with a first-degree atrioventricular block and a rate of 92.
- A client with a peaked T wave could be experiencing hyperkalemia. Changes in potassium levels can initiate cardiac dysrhythmias and instability.
- Fluctuations in rate are expected in clients diagnosed with atrial fibrillation, and a heart rate of 100 is at the edge of a normal rate.
- Most people experience an occasional premature ventricular contraction (PVC); this does not warrant the nurse assessing this client first.
- A first-degree block is not an immediate problem.
The client who is post-thyroidectomy complains of numbness and tingling around the mouth and the tips of the fingers. Which intervention should the nurse implement first?
- Notify the health-care provider immediately.
- Tap the cheek about two (2) cm anterior to the earlobe. 3. Check the serum calcium and magnesium levels.
- Prepare to administer calcium gluconate IVP.
- The HCP may need to be notified, but the nurse should perform assessment first.
- These are signs and symptoms of hypocalcemia, and the nurse can confirm this by tapping the cheek to elicit the Chvostek’s sign. If the muscles of the cheek begin to twitch, then the HCP should be notified immediately because hypocalcemia is a medical emergency.
- A positive Chvostek’s sign can indicate a low calcium or magnesium level, but serum laboratory levels may have been drawn hours previously or may not be available.
- If the client does have hypocalcemia, this may be ordered, but it is not implemented prior to assessment.
The nurse is caring for a client diagnosed with diabetic ketoacidosis (DKA). Which statement best explains the scientific rationale for the client’s Kussmaul’s respirations? 1. The kidneys produce excess urine and the lungs try to compensate.
- The respirations increase the amount of carbon dioxide in the bloodstream.
- The lungs speed up to release carbon dioxide and increase the pH.
- The shallow and slow respirations will increase the HCO3 in the serum.
- Kussmaul’s respirations are the lung’s attempt to maintain the narrow range of pH compatible with human life. The respiratory system reacts rapidly to changes in pH.
- Respiration is the act of moving oxygen and carbon dioxide. Kussmaul’s respirations are rapid and deep and allow the client to exhale carbon dioxide.
- The lungs attempt to increase the blood pH level by blowing off the carbon dioxide (carbonic acid).
- HCO3 (sodium bicarbonate) is an alkaline (base) substance regulated by the kidneys and is part of the metabolic buffer system, not a respiratory system buffer. The excretion and retention of carbon dioxide (CO2) are regulated by the lungs and therefore a part of the respiratory buffer system.
The client is NPO and is receiving total parenteral nutrition (TPN) via a subclavian line. Which precautions should the nurse implement? Select all that apply.
- Place the solution on an IV pump at the prescribed rate.
- Monitor blood glucose every six (6) hours.
- Weigh the client weekly, first thing in the morning.
- Change the IV tubing every three (3) days.
- Monitor intake and output every shift.
- TPN is a hypertonic solution with enough calories, proteins, lipids, electrolytes, and trace elements to sustain life. It is administered via a pump to prevent too-rapid infusion.
- TPN contains 50% dextrose solution; therefore, the client is monitored to ensure the pancreas is adapting to the high glucose levels.
- The client is weighed daily, not weekly, to monitor for fluid overload.
- The IV tubing is changed with every bag because the high glucose level can cause bacterial growth.
- Intake and output are monitored to observe for fluid balance.